Professor Goddard's research has focused on describing the properties of chemical, biological, and materials systems directly from first principles (without the necessity of empirical data). To accomplish this the group has developed new theory, new methods, and new software. These methods are then applied to challenging applications usually in collaboration with experimentalists at Caltech, other universities, national laboratories, or industry.
Label | Research Area | Related Papers |
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A | Methods Learn More | |||
A1 | Quantum Mechanics (QM) | #1254, #53, #593 | ||
A2 | Reactive Force Fields (ReaxFF AND RexPoN) | #1313, #1357 | ||
A3 | Generic Nonreactive Force Fields (UFF, Dreiding) | #275, #263 | ||
A4 | Coarse Grain FF | #1418 | ||
A5 | Charge Predictions | #1213, #264 | ||
A6 | Accurate Nonbond Interactions | #1357 | ||
A7 | The Electon Force Field (eFF) | #1038 | ||
B | Materials Applications Learn More | |||
B1 | Homogeneous Catalysis | #1525, #1469 | ||
B2 | Heterogeneous Catalysis | #1234 | ||
B3 | Electrocatalysis | #1405, #1496, #1466 | ||
B4 | Batteries | #1548 | ||
B5 | Fuel Cells | #1194 | ||
B6 | Thermoelectrics | #1535 | ||
B7 | Boron Carbide Ductility | #1504 | ||
B8 | Ceramics | #1495 | ||
B9 | Energetic Materials | #1509 | ||
B10 | Amorphous Metals | #1366, #1502 | ||
B11 | Other Systems | |||
B11-1 | Damage Free Electron Etching | #1433 | ||
B11-2 | Polymers | #1462 | ||
B11-3 | MOFs, COFs, and ZIFs | #1454 | ||
B11-4 | Superconductors | #1456 | ||
C | Biotechnology and Drug Design Learn More | |||
C1 | G-Protein Coupled Receptors (GPCRs) | #1518 | ||
C2 | Nucleic Acids | #1508 | ||
C3 | Other Protein Projects | #1415, #422 | ||
D | Mechanical Bonded Devices Learn More | |||
D1 | Electron-catalyzed Molecular Recognition | #1512 | ||
D2 | Electrochemical Switching of Molecular Rotor | #1553 | ||
D3 | Other Papers on Mechanically Bonded Materials | #1450 |